KEGG   Pan troglodytes (chimpanzee): 451076
Entry
451076            CDS       T01005                                 
Symbol
NAV2
Name
(RefSeq) neuron navigator 2 isoform X6
  KO
K19483  neuron navigator 2 [EC:5.6.2.4]
Organism
ptr  Pan troglodytes (chimpanzee)
Brite
KEGG Orthology (KO) [BR:ptr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:ptr03400]
    451076 (NAV2)
Enzymes [BR:ptr01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     451076 (NAV2)
DNA repair and recombination proteins [BR:ptr03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    451076 (NAV2)
SSDB
Motif
Pfam: CH AAA_22 AAA AAA_14 nSTAND3 AAA_16 CAMSAP_CH AAA_18 AAA_24 AAA_28 PhoH CH_2 AAA_5 AAA_33 AAA_25 IstB_IS21 NACHT RNA_helicase ResIII BrxL_ATPase AAA_19 Nnf1 DUF4407
Other DBs
NCBI-GeneID: 451076
NCBI-ProteinID: XP_001173746
Ensembl: ENSPTRG00000003436
VGNC: 3097
UniProt: A0A803KH65 K7CDV0
Position
11:19089936..19863154
AA seq 2429 aa
MPAILVASKMKSGLPKPVHSAAPILHVPPARAGPQPCYLKLGSKVEVSKTTYPSQIPLKS
QVLQGLQEPAGEGLPLRKSGSVENGFDTQIYTDWANHYLAKSGHKRLIKDLQQDVTDGVL
LAQIIQVVANEKIEDINGCPKNRSQMIENIDACLNFLAAKGINIQGLSAEEIRNGNLKAI
LGLFFSLSRFKQQQQQPQKQHLSSPLPPAVSQVAGAPSQCQAGTPQQQVPVTPQAPCQPH
QPAPHQQSKAQAEMQSRLPGPTARVSAAGSEAKTRGGSTTANNRRSQSFNNYDKSKPVTS
PPPPPSSHEKEPLASSASSHPGMSDNAPASLESGSSSTPTNCSTSSAIPQPGAATKPWRS
KSLSVKHSATVSMLSVKPPGPEAPRPTPEAMKPAPNNQKSMLEKLKLFNSKGGSKAGEGP
GSRDTSCERLETLPSFEESEELEAASRMLTTVGPASSSPKIALKGIAQRTFSRALTNKKS
SLKGNEKEKEKQQREKDKEKSKDLAKRASVTERLDLKEEPKEDPSGAAVPEMPKKSSKIA
SFIPKGGKLNSAKKEPMAPSHSGIPKPGMKSMPGKSPSAPAPSKEGERSRSGKLSSGLPQ
QKPQLDGRHSSSSSSLASSEGKGPGGTTLNHSISSQTVSGSVGTTQTTGSNTVSVQLPQP
QQQYNHPNTATVAPFLYRSQTDTEGNVTAESSSTGVSMEPSHFTKTGQPALEELTGEDPE
ARRLRTVKNIADLRQNLEETMSSLRGTQVTHSTLETTFDTNVTTEMSGRSILSLTGRPTP
LSWRLGQSSPRLQAGDAPSMGNGYPPRANASRFINTESGRYVYSAPLRRQLASRGSSVCH
VDVSDKAGDEMDLEGISLDAPGYMSDGDVLSKNIRTDDITSGYMTDGGLGLYTRRLNRLP
DGMAVVRETLQRNTSLGLGDADSWDDSSSVSSGISDTIDNLSTDDINTSSSISSYANTPA
SSRKNLDVQTDAEKHSQVERNSLWSGDDVKKSDGGSDSGIKMEPGSKWRRNPSDVSDESD
KSTSGKKNPVISQTGSWRRGMTAQVGITMPRTKPSAPAGALKTPGTGKTDDAKVSEKGRL
SPKASQVKRSPSDAGRSSGDESKKPLPSSSRTPTANANSFGFKKQSGSAAGLAMITASGV
TVTSRSATLGKIPKSSALVSRSAGRKSSMDGAQNQDDGYLALSSRTNLQYRSLPRPSKSN
SRNGAGNRSSTSSIDSNISSKSAGLPVPKLREPSKTALGSSLPGLVNQTDKEKGISSDNE
SVASCNSVKVNPAAQPVSSPAQTSLQPGAKYPDVASPTLRRLFGGKPTKQVPIATAENMK
NSVVISNPHATMTQQGNLDSPSGSGVLSSGSSSPLYSKNVDLNQSPLASSPSSAHSAPSN
SLTWGTNASSSSAVSKDGLGFQSISSLHTSCESIDISLSSGGVPSHNSSTGLIASSKDDS
LTPFVRTNSVKTTLSESPLSSPAASPKFCRSTLPRKQDSDPHLDRNTLPKKGLRYTPTSQ
LRTQEDAKEWLRSHSAGGLQDTAANSPFSSGSSVTSPSGTRFNFSQLASPTTVTQMSLSN
PTMLRTHSLSNADGQYDPYTDSRFRNSSMSLDEKSRTMSRSGSFRDGFEEVHGSSLSLVS
STSSIYSTPEEKCQSEIRKLRRELDASQEKVSALTTQLTANAHLVAAFEQSLGNMTIRLQ
SLTMTAEQKDSELNELRKTIELLKKQNAAAQAAINGVINTPELNCKGNGTAQSADLRIRR
QHSSDSVSSINSATSHSSVGSNIESDSKKKKRKNWLRSSFKQAFGKKKSPKSASSHSDIE
EMTDSSLPSSPKLPHNGSTGSTPLLRNSHSNSLISECMDSEAETVMQLRNELRDKEMKLT
DIRLEALSSAHQLDQLREAMNRMQSEIEKLKAENDRLKSESQGSGCSRAPSQVSISASPR
QSMGLSQHSLNLTESTSLDMLLDDTGECSARKEGGRHVKIVVSFQEEMKWKEDSRPHLFL
IGCIGVSGKTKWDVLDGVVRRLFKEYIIHVDPVSQLGLNSDSVLGYSIGEIKRSNTSETP
ELLPCGYLVGENTTISVTVKGLAENSLDSLVFESLIPKPILQRYVSLLIEHRRIILSGPS
GTGKTYLANRLSEYIVLREGRELTDGVIATFNVDHKSSKELRQYLSNLADQCNSENNAVD
MPLVIILDNLHHVSSLGEIFNGLLNCKYHKCPYIIGTMNQATSSTPNLQLHHNFRWVLCA
NHTEPVKGFLGRFLRRKLMETEISGRVRNMELVKIIDWIPKVWHHLNRFLEAHSSSDVTI
GPRLFLSCPIDVDGSRVWFTDLWNYSIIPYLLEAVREGLQLYGRRAPWEDPAKWVMDTYP
WAASPQQHEWPPLLQLRPEDVGFDGYSMPREGSTSKQMPPSDAEGDPLMNMLMRLQEAAN
YSSPQSYDSDSNSNSHHDDILDSSLESTL
NT seq 7290 nt   +upstreamnt  +downstreamnt
atgccggccatcctggtcgcctccaaaatgaagtcgggactgcccaaacccgtgcacagc
gccgcgcccatcctgcacgtgcccccggcccgggcgggcccccagccctgctacctgaag
ttgggaagcaaggtggaggtgagcaagaccacctatcctagccagatccccctgaaatcg
caggtgctgcaggggctgcaggagccagcgggggaggggctcccgctgcggaagagcggc
tcggtggaaaacgggttcgatacccagatctacacagactgggccaatcattacctagcc
aaatccggccacaagcgtcttatcaaggatctccagcaagatgtgacagatggcgtcctc
ctggcccagattatccaggttgtggcaaatgaaaagattgaagacatcaatggctgtccg
aagaacagatcccaaatgattgaaaacatagatgcctgcttgaatttcctggcagctaag
ggaataaacatccaggggctgtctgcagaagagatcaggaatggaaacctcaaggccatt
ctaggcctcttcttcagcctctcccgattcaagcagcagcagcagcagccccagaagcag
cacctctcctcacctctgccgcccgccgtatcccaggtggccggggccccctcccagtgc
caggctggcacccctcagcagcaggtgccagtcactccccaagccccgtgccagcctcac
cagccagcgccacatcagcagtcaaaagcacaagctgaaatgcagtccagacttccaggt
cctaccgcgagggtatccgctgcaggcagcgaggccaaaacacgcggagggtcaactact
gctaacaaccgacgcagccagagctttaacaactatgataaatccaaaccagtcacctcc
ccacccccaccgccaagcagccacgagaaagagcctttggcaagttcagcctcctcccac
cccggaatgagtgacaatgcacctgcttccttggagagcggcagcagctccacccctact
aattgcagtacctcctcggccatcccgcagcccggtgcggccaccaagccttggcgcagc
aaatccctcagcgtgaagcacagtgccacggtatccatgctctcggtcaagcctcctggg
cctgaggcccccaggcccacacctgaagccatgaagccggcccccaacaatcagaagtcc
atgctggaaaagctgaaacttttcaacagtaaagggggctcaaaggcaggtgagggcccg
gggtcccgggacacaagctgtgagcggctggagactctgcccagctttgaagagagcgag
gagctggaggccgccagtcgcatgctcaccactgtgggccctgcttccagcagccccaag
attgcactcaagggcattgcccagaggacttttagccgggcactgaccaacaagaagagt
tctctgaaaggcaatgagaaagagaaggagaaacaacagcgggagaaggataaggagaaa
agcaaggaccttgccaagagagcctctgtgacggagaggctggacctcaaggaggagcca
aaagaagaccccagtggagcagctgtgcccgagatgccaaaaaagtcctccaagatcgcc
agcttcatccccaaaggggggaagctcaacagtgccaagaaggagcccatggccccttcc
cacagtggaataccaaaaccaggaatgaagagcatgcccgggaaatccccaagtgcccca
gcgccttccaaggaaggggagcggagccggagtgggaagctgagctcaggactcccccag
cagaagccccagctggacggcagacactccagttcctcttccagcctggcgtcctcagaa
ggaaaaggcccaggagggaccaccctgaaccacagcatcagcagccagactgtcagtggg
tccgtcgggaccacccagaccacaggaagcaataccgtcagtgttcagctacctcagccc
cagcagcaatacaaccatcccaacactgccacggttgcacctttcctgtacaggtctcag
acggacactgaagggaatgttactgccgagtcaagctcaacgggtgtgagcatggagccc
agccacttcaccaagactggacagcctgctctggaagaactcactggggaagatcctgag
gctcggcggctgcggacagtgaagaacatcgctgatctgcggcagaatttggaggaaacc
atgtccagtttaaggggaactcaggttacacacagcacattggaaaccacgtttgacacc
aatgtcaccacggagatgagtggccgtagcatactcagcttgacagggaggcccacgcct
ctgtcctggagactgggccagtccagccctcggctccaagcaggagacgccccctcaatg
ggcaatgggtacccacctcgagccaacgccagccggttcatcaacactgagtcaggtcgc
tatgtgtactccgcccctctgagaaggcagctggcctcccggggcagtagtgtctgccat
gtggacgtctcagacaaggcaggagatgagatggacctggaaggcatcagcttggacgcc
cccggctacatgagcgatggggatgttctgagcaagaacatccggaccgatgacattaca
agcggatacatgactgatggtggacttggcctctatacccgtcgcctgaaccggctccct
gatgggatggctgtggtacgggagaccctgcaacgaaatacctccctgggcctcggagac
gctgacagctgggacgacagcagctccgtcagcagcggcatcagcgacaccatagacaac
ctcagcactgatgacatcaacaccagctcctccatcagctcttatgccaacacacctgcc
tcctctcgaaaaaacctggatgtgcagactgatgctgagaagcactcacaggtggagagg
aattccctgtggtctggtgatgatgtcaagaaatcagacggaggctcagacagcggcata
aaaatggagccaggttccaagtggaggcggaatccttctgatgtgtctgacgagtccgac
aaaagcacgtcgggcaagaagaatcctgtcatctcccagacaggctcatggcggcgaggc
atgacagctcaggtgggcatcaccatgccaaggacgaagccttcagccccggcaggcgca
ctgaagaccccaggaactggaaaaacagacgacgcaaaggtgtctgagaaaggaaggctt
tctcctaaagcctcccaggtgaagcgctccccatcagatgcaggccggagcagtggtgac
gaatccaaaaagcccctccccagcagctcgaggacacccactgccaatgccaacagcttt
gggttcaagaagcagagtggttccgccgccggcctggccatgatcacagccagcggggtg
acggtcaccagcaggtcagccacactgggcaaaatcccaaagtcatctgcactcgtcagt
cggtctgctggtcggaagtcaagtatggatggggctcagaatcaggatgacgggtatcta
gccctaagctcccggacaaaccttcagtaccggagtttgccgaggcccagtaagtccaac
agccggaacggggctgggaacaggtctagcaccagcagcatagattccaacattagcagc
aagtccgcaggcctgccagtgcccaaactgagggagccttccaaaacagccctaggcagc
tctctaccaggtctggtcaaccaaacagataaggagaaaggcatctcatcagacaacgag
agtgtggcttcctgtaactcggtgaaagtgaatccggcagcccagcctgtgtccagtccg
gctcagaccagtctccagcctggagccaagtacccagatgtggcctctcccacactccgc
agactctttggtgggaagcctaccaagcaagtgcccatcgccacagctgaaaacatgaaa
aattcggtggtcatctccaatcctcatgccaccatgactcagcaaggtaacctagactcc
ccgtcaggcagtggcgtcctgagcagtgggagcagcagtcctctctacagcaagaatgtg
gacctcaaccagtctccgctagcctccagccccagctcagcccactcggccccttccaac
agcctcacctggggcaccaacgccagcagctcctccgcagttagcaaggatggcctgggc
tttcagtctatcagcagcctccacaccagctgtgagtccatcgacatctccctcagcagt
ggaggggtccccagccacaattcttccactggcctcatcgcctcctccaaggacgactcc
ttgactccctttgtcagaactaacagtgtgaagaccacactgtcagaaagccctctctct
tcccctgctgctagccctaagttctgcagaagtactctgcccaggaaacaggacagtgac
ccgcaccttgataggaacactttgcctaagaaaggactcaggtatactcccacctcccag
cttcgcacgcaagaagatgcaaaagaatggttacggtcccattctgcaggaggcctgcag
gacaccgctgccaattcccccttttcctctggctccagcgtgacttctccctccggaaca
agattcaacttttcccagcttgcgagtcccaccactgtcacccagatgagcttgtccaac
ccgaccatgctgaggacccacagcctctccaatgctgatgggcagtatgatccatacact
gacagccgcttccggaatagctccatgtccctggatgagaaaagcagaaccatgagccgt
tcaggctcattccgggatgggtttgaagaagttcatggatcctcactctccttggtttcc
agcacatcgtcaatttattctacaccagaagaaaaatgccagtcagagattcgcaagctg
cggcgggaactggatgcctcccaggagaaagtttcagctttgaccacccagctgacagca
aatgctcaccttgtggcagcctttgaacagagtcttggtaacatgacaatcaggctccag
agtctgaccatgacagctgagcagaaggattcagaactgaatgagttaagaaaaaccatt
gagctgctaaagaaacagaacgcagctgcccaggctgccattaatggagtaattaacaca
cctgagctcaactgcaaaggaaacggcactgcccagtctgcagacctccgcatccgcagg
cagcactcctcagacagcgtctccagcatcaacagtgccaccagccactccagcgtgggc
agcaacatagagagtgactcaaagaagaagaagaggaagaactggttacgcagctccttc
aagcaagctttcgggaagaagaagtccccaaaatctgcgtcctctcattcagacattgag
gagatgacggattcttctttgccttcctcaccaaagttaccacacaatgggtccacaggt
tccaccccactgctgaggaattctcactccaactctctaatttcagaatgcatggatagt
gaagctgagaccgtcatgcagctccgaaatgagttaagagacaaggagatgaagctgacg
gatatccgcttagaagctctcagttctgcccaccagctggaccagctccgggaggccatg
aacaggatgcagagtgaaatagagaagctgaaagctgagaatgatcggctgaagtcagag
tctcaaggcagtggctgcagccgggctccttcccaagtgtccatctctgcctccccgagg
cagtccatgggcctctcccagcacagcttgaacctcactgagtcaaccagcctggacatg
ttgctggatgacactggtgaatgctcggctcggaaggaaggaggcaggcatgttaagata
gttgtcagctttcaggaggaaatgaagtggaaggaggattccagaccacacctctttctt
attggctgcattggagttagtggcaagacgaagtgggatgtgctcgatggggtggttaga
cggctgttcaaagaatacatcattcatgtcgacccagtgagtcagctagggctgaattca
gacagcgttcttggctacagcattggagaaatcaagcgcagcaacacttccgaaacaccg
gagctgcttccttgtggctatctggttggagagaacacgaccatctcagtgactgtgaaa
gggctcgcagaaaacagcctggactcactggtgtttgagtccttgattcccaagcccatc
ctgcagcgctacgtctccctcctgatagagcaccgtcggatcattctctctggccccagc
ggcactgggaaaacctacctggccaaccggctgtctgagtatatagtgcttcgagaggga
cgggagttgacagatggggttatcgccacctttaacgtggaccataagtccagcaaggaa
ttgcgccagtacctgtccaaccttgctgaccagtgcaacagtgagaacaatgctgtggac
atgcccctcgtcatcatcctggacaacctacaccacgtgagctctctgggcgagatcttc
aatgggctgctcaactgcaagtaccacaaatgcccttacataattggcacaatgaaccag
gctacctcttcgactcccaacctgcagcttcaccataacttcagatgggtgctttgtgcc
aaccacacggagcctgtgaagggtttccttggccgattcctgaggaggaagctcatggaa
acagagatcagtgggcgggtgcgcaatatggagctggtaaaaatcattgactggattccc
aaggtctggcatcacctcaaccgcttcctggaggctcacagttcctcggacgtcaccatc
ggcccccggctcttcctgtcatgccccatcgatgtggacggctcaagagtgtggttcacc
gacttgtggaactattccattatcccctatctcctggaagctgtcagagaaggactccag
ctctatggaaggcgcgccccctgggaggatcctgccaagtgggtgatggacacatatcca
tgggcagccagcccacaacagcacgagtggcctcccctgctgcagttacggcctgaggat
gtcggcttcgacggctactccatgcctcgagagggatcgacaagcaagcagatgcccccc
agtgatgctgaaggtgacccgctgatgaacatgctgatgaggctgcaggaggcagccaac
tactccagcccccagagctatgacagcgactccaacagcaacagccatcacgatgacatc
ttggactcctctttggagtccactctgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   VGNC (1)   
Protein sequence (15)   
   UniProt (2)   
   RefSeq(pep) (13)   
DNA sequence (44)   
   RefSeq(nuc) (14)   
   GenBank (15)   
   EMBL (15)   
Protein domain (23)   
   Pfam (23)   
All databases (93)   

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